I greatly appreciate that you are thoughtful enough to magnify the code. So many coding videos effectively render themselves useless because the videographer presents us with a raw screen capture of some IDE or other. What are they thinking of, I wonder? I mean, this is UA-cam where if one finds a video that forces him/her to strain to follow, one simply and immediately finds another video that doesn't.
import cmath a=int(input('Input of a(a!=0): ')) b=int(input('Input of b : ')) c=int(input('Input of c : ')) d=(b**2)-(4*a*c) solution1=(-b+cmath.sqrt(d))/(2*a) solution2=(-b-cmath.sqrt(d))/(2*a) print('The Solutions Of The Quadratic Equation Are {} And {}'.format(solution1,solution2)) if d>0: print('The Roots Are Real And Unequal') elif d==0: print('The Roots Are Real And Equal') elif d
I greatly appreciate that you are thoughtful enough to magnify the code. So many coding videos effectively render themselves useless because the videographer presents us with a raw screen capture of some IDE or other. What are they thinking of, I wonder? I mean, this is UA-cam where if one finds a video that forces him/her to strain to follow, one simply and immediately finds another video that doesn't.
Thank you for teaching me how to write code and yes, I would love to see more programming tutorials on solving Math problems. I love your videos!
This was really helpful, thank you!
I love your this videos. Thanks you
I love your videos, thank you!
Thank you so much!!
Thank you, this video safe my life.
Thank you mam 🙇🏻
It's a good video tbh
how can i change imaginary NO. i/j in coding...??
I even tried it
import cmath
a=int(input('Input of a(a!=0): '))
b=int(input('Input of b : '))
c=int(input('Input of c : '))
d=(b**2)-(4*a*c)
solution1=(-b+cmath.sqrt(d))/(2*a)
solution2=(-b-cmath.sqrt(d))/(2*a)
print('The Solutions Of The Quadratic Equation Are {} And {}'.format(solution1,solution2))
if d>0:
print('The Roots Are Real And Unequal')
elif d==0:
print('The Roots Are Real And Equal')
elif d
is this right mam?